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A trustworthy repository provides assurance in the form of management documents, event logs, and audit trails that digital objects are being managed correctly. The assurance includes plans for the sustainability of the repository, the accession of digital records, the management of technology evolution, and the mitigation of the risk of data loss. A detailed assessment is provided by the ISO-16363:2012 standard, "Space data and information transfer systems—Audit and certification of trustworthy digital repositories." This book examines whether the ISO specification for trustworthiness can be enforced by computer actionable policies. An implementation of the policies is provided and the policies are sorted into categories for procedures to manage externally generated documents, specify repository parameters, specify preservation metadata attributes, specify audit mechanisms for all preservation actions, specify control of preservation operations, and control preservation properties as technology evolves. An application of the resulting procedures is made to enforce trustworthiness within National Science Foundation data management plans.
This book investigates the feasibility of enforcing digital repository trustworthiness through computer-actionable policies. It examines whether the ISO-16363:2012 standard for trustworthy digital repositories can be implemented and enforced using computational policies. The authors provide an implementation of these policies, categorizing them for managing external documents, defining repository parameters, specifying preservation metadata, auditing preservation actions, controlling preservation operations, and adapting to technological evolution. The practical application of these procedures is demonstrated through National Science Foundation data management plans.
The book addresses a critical aspect of digital preservation by exploring the practical enforcement of trustworthiness standards through computational policies. Its detailed examination of the ISO-16363:2012 standard and its implementation suggests a rigorous and technical approach to the subject. The application to NSF data management plans indicates a focus on real-world applicability within academic and research contexts. The work is likely to be of interest to digital archivists, information managers, and computer scientists involved in the long-term preservation of digital assets.
Page Count:
133
Publication Date:
2022-05-31
Publisher:
Springer International Publishing
ISBN-10:
303102303X
ISBN-13:
9783031023033